Sparepart

I'm not an expert. As I see it ABS or not ABS is a red herring here because both have a master cylinder operated by a brake pedal (and servo) the pressure generated by the master cylinder may or may not then go to an ABS component which can regulate the pressure to individual wheels to avoid lockup. The Sierra master cylinder did have 3 outlets, one for rear and two for front, however the two front ones were driven by the same piston, I know because I took it apart, I assume that it had two outlets because it's cheaper than having a single outlet and then a separate splitter to go R or L at front of car, whereas the single rear outlet means a single pipe to the back and then a splitter near the rear subframe. One annoying thing about the Sierra master cylinder apart from replacement cost is that the outlets are on the engine side, so the pipes emerge right above the heat of the exhaust manifold. (by the way this is the same on LHD sierras, so if buying a replacement a LHD version is worth considering and might be more available) Anyway, before you go to sleep reading this (I am), 2 or three outlets doesn't matter to me, what matters is that the master cylinder has two pistons that can provide a DUAL circuit system with an output for each. I am going for a front back split for the circuits, but a diagonal arrangement could be possible. The icing on the cake about the KA MC is that the outlets are on the other side from the exhaust manifold which means the pipes are far less exposed to heat.

I'm rebuilding an Exmo. The original brake master cylinder from a Sierra is all seized up, replacement is expensive. So I have gone down the Ford KA path. I have purchased a complete unit with reservoir and servo, not new, there are many on offer from breakers. Here is a picture of what I have bought. This part is also common with models of Fiat Panda. Here are some old links to eBay ads. https://www.ebay.co.uk/itm/226996062974 https://www.ebay.co.uk/itm/256831165194 https://www.ebay.co.uk/itm/226368975525 https://www.ebay.co.uk/itm/157493628002 You will find I think that the common part number is 51866500. I have discarded the servo, as both the Sierra servo and the Ford Ka servo get too close to the exhaust manifold. Obviously I have had to make a new push rod from the pedal box, and clip to hold the rod in the top of the brake pedal. This rod is threaded at the pedal end so that I can adjust it. I have only just got the car mobile on a short driveway, it does stop, however it feels like I am going to need quite a lot of force on the pedal compared with when servo assisted. The other challenge is the height of the fluid reservoir. As it is I cannot place the bonnet on the car because the reservoir filler tube is too high. I need to get the car up to a good speed somewhere to try the brakes for real. If they are good enough then I will fit a remote reservoir. If the car won't stop without needing me to really stamp on the brakes then I'll.....welll... back to the drawing board I guess. Note the Ka MC has two output points. On the Ka these are connected to each diagonal slave cylinder, Front right and Rear left, Front left and rear Right so there is no bias in the pressure. I am using the two outputs as Front pair and Rear pair. This might sound iffey but even with the Sierra MC I had discarded the bias valve and was not getting a rear lockup on hard breaking. Fingers crossed on this.

Bienvenue Xavier. Mon français est limité, je vous écris donc par l'intermédiaire d'un traducteur. La maquette de Robin Hood que vous avez acquise est en réalité un modèle « Robin Hood EXMO ». Il a été modifié par rapport au modèle original afin d'y intégrer des ailes de moto. Vous trouverez des informations spécifiques sur ce modèle dans une section dédiée de ce site web, à ce lien. https://models.rhocar.org/exmo/

Apologies for this silly question, but it's something that I'd like to be sure about. I used good old Google and asked the AI the following question. "what engines were fitted to cmc gazelle kit cars" The result, that Ford Pinto cars were used as donors for the kit threw up the possibility that there might be confusion over the use of the word "Pinto". The Ford Pinto CAR as sold in the USA used a Ford "Lima" engine (2.3L) while in Europe we never saw a Ford Pinto car but did have Ford models equipped with a different SOHC engine which is known as a Ford Pinto engine (max 2.0L).... in the very first part of this thread you do say Ford Pinto 2.0L and also write about importing parts, so I guess we are all talking about the European engine, that is why this is a silly question....... but I ask just in case.

So, you appear to have the belt fitted okay if the pointer on the cam is opposite the dot on the head when the crank pulley marker is opposite the big groove on the crank pulley. This is the almost the exact time that a spark is needed at number 1 cylinder. So next step is to get the alignments as above, then check where the rotor arm is at the distributor. It should be in a position right at the bottom of the HT lead that goes to number 1 cylinder. (No 1 as seen from front of engine) if this is not the case then you need to pull out the distributor (you say you already swapped it once) and turn the rotor arm to the right position (probably also coincides with the dot you mention) and reinsert the distributor. This might not be simple, because the gear at the end of the shaft is helical, so the rotor arm will turn as you insert it. You have to allow for this. Also its good to have the body of the distributor half way through its possible arc of motion, because if the car does fire up you will need to rotate the distributor body to complete the tuning. Then you need to check that the HT leads are in the correct order. Assuming the rotor arm is under HT lead to No 1 cylinder the next cylinder to need a spark is number 3 cylinder, the arm moves clockwise, this should be the next lead, etc, The firing order is 1,3,4,2. So with the distributor positioned as explained, with the crank and cam positioned as explained, and the HT leads in the order explained, you should have a fair chance of starting the engine, as long as there is fuel in the inlets and spark from the coil. When it fires up, your actions are not over, because it might refuse to run continuously, might back fire, might blow up through carb etc. In this case you will need to rotate the distributor body, usualy in an anti clockwise direction, to advance the spark a little. In any event probably shouldn't need to make wild rotations of the body, try one direction or another a little at a time to see if running sounds better. Good luck.

Help us by letting us know which model Robin Hood you have. ? https://nw.rhocar.org/identification.htm

Paying that much for a distributor and coil, I am guessing the ignition module is built into the distributor. I was interested in the way that you set up the timing when you changed the belt, I would have never thought of that. Anyway, regardless of the current problem, it might be worth checking the timing in the way described in the workshop manual, just to check, because we are talking about a few degrees of miss timing making a big difference. It is quite simple to check the timing by first getting a spanner on the big bolt that keeps the crankshaft pulley on, use this to turn the engine (keep ignition off!). Turn the bolt/pulley clockwise until the timing grooves on the pulley reach the static marker on the engine block near the pulley LHS top as looked at from in front. Then look at the camshaft sprocket at the top of the engine to see if the little pointer thats visible between spokes of the sprocket is in line with the small static hole on the head. If pointer is no where near the hole then the engine is at TDC for the exhaust stroke at number 1 cylinder..... so continue to turn the engine until the grooves on the crankshaft pulley come round again, now you should see the camshaft pointer is close to the hole.Either way adjust the crankshaft until the camshaft pointer is exactly by the hole. Now look where the crankshaft sprocket markers are in relation to the static marker. At exact TDC for compression stroke on number one cylinder the pointer should be at the leftmost, biggest of the grooves. If it is not then you would need to remove the belt and turn the engine to the exact position and refit the belt. Here below is a link to a YouTube showing how to find the marks. https://www.youtube.com/watch?v=T5CPlM-G0t8 Oh,yes, you could remove the plugs to make turning easier.

I have a suggestion. I looked on line for adverts, and found a candidate on eBay. https://www.ebay.co.uk/itm/264381686799 Have a good look at the photos in the advert, and see if they match your starter, to me it looks very similar to yours. The point is that these images include the ford part number 91BB-11000-BA. Perhaps then you can find the correct brushes (or whole brush plate) using this. ?

I just Googled this, it's fantastic, no wonder it cost so much. Somewhere there's a 48v rechargeable battery, this is not just an alternator, it's also a starter, and also used to boost the engine when accelerating... needs water for cooling. I wonder if it could be retro fitted to a Pinto ? Hybrid Kit Car ? ..... On e bay the pukka ford part costs 1.5K probably as much as my car is worth. :-)

Procure an aerosol can of silicone lubricant, one with a thin long tube as a means of delivery. Chose one of the bearings that might be the culprit, carefully manoeuvre the end of the tube so as to deliver a short spray of lubricant into the heart of the bearing. Start the engine and listen for the noise. If it is markedly diminished you will have found the source, otherwise proceed with alacrity to another possible bearing and repeat the same procedure, not forgetting the front bearing of the alternator. If you do manage to locate the source using this method then this will not mean that the problem is cured, it will return as the lubricating properties of the silicone diminish.

Just to dot the Ts and cross the Is, you probably already know that the top cover has a breather hole, its in the top of the hemispherical bulge, important to check it's not blocked, box warms up in use, blocked breather causes pressure increase in box, oil squirts out from the seals. I assume the new alloy one also has a breather of some sort.

Just to be clear. The only plug in the gearbox side is the filler plug. It doesn't have a drain plug, which you mention. The gearbox oil is at the right level when, on level ground, the oil just reaches the filler plug. Most people fill until it starts to overflow. In your description of removing the top cover and filling the box with oil I have an image of the level literally reaching the top of the box, that is way above the filler plug hole. Please tell me I am wrong.

Well, yes and no, If you fill the gearbox before you put in the Engine and Gearbox in as one unit, I found it was hard to stop the gearbox oil from pouring out of the rear box oil seal hole, because there is no prop shaft to seal it. I did find an old aerosol cap that fitted the hole and taped it up, but after all the messing about with the hoist and tapping the end on engine bay bits a few times it fell out and drenched the area with gearbox oil.

I think you will find that there is a filler plug on a type 9 gearbox.

Also I found this topic in our vast wealth of archived threads. Well worth you searching when you have a problem that might have come up before. https://www.rhocar.org/index.php?/forums/topic/43978-pinto-20-engine-knocking/